MARTINDALE'S CALCULATORS ON-LINE CENTER ENGINEERING A-Z GEOTECHNICAL ENGINEERING

US/Pacific: Sunday, October 24, 2004 Sydney, Australia: Monday, October 25, 2004 File Download Time Calculator Author, E-Mail, Privacy Policy & Disclaimer Currently the Calculators On-Line Center contains over "18,795" Calculators

Geotechnical GEOTECHNICAL TOOLS GEOTECHNICAL CALCULATORS - TAGAsoft, a division of Engineering Portal Ltd. VERY VERY EXTENSIVE. For more information see the TAGAsoft Eamples from over "12" Calculators include Stress Strain relationships Underground Construction Soil Dynamics GEOTECHNICAL (JAVA APPLETS) - L. Davison, Faculty of the Built Environment, University of the West of England (UWE), Bristol, U.K. In English & German/Deutsch. VERY VERY EXTENSIVE. For more information see GeotechniCAL on the Web; GeotechniCAL; Leslie Davison's Home Page; Faculty of the Built Environment or the University of the West of England (UWE) Some examples from over "12" Applets include Consolidation in the Ground Sieve Analysis Direct Shear Test Consistancy Limits GEOTECHNICAL: DIRECT SHEAR TEST SIMULATION (JAVA APPLET) - J. Sharma, Department of Civil and Geological Engineering, College of Engineering, University of Saskatchewan, Saskatoon, Saskatchewan Canada "...shows a sample of soil in a direct shear test apparatus. The maximum preconsolidation pressure..." For more information see Teaching; Jitendra Sharma's Home Page or the Department of Civil and Geological Engineering Foundations FOUNDATION DESIGN: GEOTECHNICAL AND STRUCTURAL DESIGN FOUNDATION DESIGN: ULTIMATE CAPACITY OF SHALLOW FOOTINGS - TAGAsoft, a division of Engineering Portal Ltd. VERY EXTENSIVE. For more information see the Geotechnical Calculators or TAGAsoft GEOTECHNICAL AND STRUCTURAL DESIGN OF FOUNDATIONS (SHALLOW FOUNDATION DESIGN MADE EASY!) - CALCULATOR - A.M. Ghaly, Department of Civil Engineering, Union College VERY VERY EXTENSIVE. Includes: "Bearing Capacity Factor; Shape, Depth, and Inclination Factor; Calculation of Surcharge at Foundation Level; Calculationi of Bearing Capacity of Soil; Reinforced Concrete Design using the Strength Design Method; Soil Contact Pressure and Ultimate Moment; Strength Reduction Factor, etc." For more information see Ashraf M. Ghaly's Home Page or the Department of Civil Engineering BORED PILES BORED PILES: CONSTRUCTION PROCEDURES, DESIGN AND BEARING BEHAVIOUR (JAVA APPLET) - C. Eickenbrock, Hamburg, Germany VERY EXTENSIVE. In German/Deutsch & English. For more information see Geotechnical Calculations or Chrisian Eickenbrock's Home Page PILE FOUNDATION DESIGN PILE FOUNDATION DESIGN: A STUDENT GUIDE - A. Abebe & I.G.D. Smith, Department of Civil & Transportation Engineering, School of Built Environment, Napier University, Edinburgh, Scotland, U.K. Multimedia Tutorial/Course (Text & Images). For more information see Pile Foundation Design: A Student Guide Home Page; On-line Projects or the School of Built Environment SUBSOIL: ANALYSIS OF BEARING CAPACITY FOR RAFT FOUNDATION SUBSOIL: ANALYSIS OF BEARING CAPACITY FOR RAFT FOUNDATION WITH INCLINED AND ECCENTRICAL LOADING (JAVA APPLET) - C. Eickenbrock, Hamburg, Germany VERY EXTENSIVE. In German/Deutsch & English. For more information see Geotechnical Calculations or Chrisian Eickenbrock's Home Page Landfill Design LANDFILL DESIGN TOOLS LANDFILL DESIGN CALCULATORS - Landfilldesign.com VERY VERY VERY...EXTENSIVE. For more information see the Design or Landfilldesign.com Eamples from over "37" Calculators include Cost/Benefit Analysis for Geosynthetic Drainage Media vs. Natural Drainage Media Landfill Lateral Drainage System - Single Slope Design Landfill Gas (LFG) Pressure Relief Layer Geomembrane Anchor Trench Design Landfill Erosion Control Retaining Walls RETAINING WALL DESIGN RETWALL - I.G.D. Smith & L.D. Kontoulis, Department of Civil & Transportation Engineering, School of Built Environment, Napier University, Edinburgh, Scotland, U.K. VERY VERY EXTENSIVE. "RetWall has been developed to help engineers select the most appropriate type of wall to adopt for a particular situation...RetWall has been developed in two parts: Cut situations and Fill situations..." For more information see On-line Projects or the School of Built Environment Slope Stability SLOPE STABILITY CALCULATIONS SLOPE STABILITY CALCULATOR - WISE Uranium Project, The Netherlands VERY EXTENSIVE. "Determine the Factor of Safety (FS) for a soil slope." For more information see the Calculators or the WISE Uranium Project PROBABILISTIC SLOPE STABILITY CALCULATOR - W.C. Haneberg, Haneberg Geoscience "...The probabilistic slope stability calculations are performed using an analytical first-order, second-moment expansion of the infinite slope stability equation..." For more information see Haneberg Geoscience COVER SOIL SLOPE STABILITY DESIGN - Landfilldesign.com For more information see the Landfill Design; Design or Landfilldesign.com SLOPE STABILITY - TAGAsoft, a division of Engineering Portal Ltd. For more information see the Geotechnical Calculators or TAGAsoft PROBABLIISTIC SLOPE STABILITY CALCULATIONS PROBABLIISTIC SLOPE STABILITY CALCULATOR - William C. Haneberg, Haneberg Geoscience VERY EXTENSIVE. "The probabilistic slope stability calculations are performed using an analytical first-order, second-moment expansion..." For more information see the FOSM Calculator or the Haneberg Geoscience TAILINGS FLOW SLIDE CALCULATIONS TAILINGS FLOW SLIDE CALCULATOR - WISE Uranium Project, The Netherlands VERY EXTENSIVE. "Determine the extent of a flow slide of mill tailings liquefied during an earthquake, and view a computed animation of the flow slide." For more information see the Calculators or the WISE Uranium Project Water Runoff SHORT-TERM & LONG-TERM HYDROLOGIC IMPACT ASSESSMENT WATER RUNOFF: SHORT-TERM & LONG-TERM HYDROLOGIC IMPACT ASSESSMENT (L-THIA) DETAILED INPUT - Urban Sprawl Hydrologic Impact, Schools of Engineering, Agricultural & Biological Engeering, Purdue University & the Construction Engineering Research Laboratories Division of the US Army Corps of Engineers VERY VERY VERY EXTENSIVE. Short-Term Impact Assessments: Includes four different tools: SedSpec, Rational Method, TR-55 & Database Frontend. Long-Term Impact Assessments: "...This tool uses the land use and a soil characteristic from the user along with thirty years of precipitation data to determine the average impact that a particular land use change or set of changes..." Includes: By State, By County, Area in (Acres, Hectares, Km2, Mi2, Land Use (Commercial, Industrial, Residential, Open Spaces, Parking/Paved Spaces, Water/Wetlands, Grass/Pasture, Agriculture, Forest & Custom Land Use), & Hydrologic Soil Groups. For more information see Impacts of Land Use Change on Water Resources; Urban Sprawl Hydrologic Impact or Purdue Engineering

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